36 results about "Adinandra nitida" patented technology

The present invention discloses a wild adinandra nitida black tea processing method which relates to the field of tea leaf processing technology. The processing method is composed of the following steps: a. tedding: spreading the collected wild adinandra nitida green leaves indoors and drying the wild adinandra nitida green leaves to reach a moisture content of 60 % to 62 %; b. turning and pressing: putting the wild adinandra nitida green leaves into a cloth bag, turning and pressing the green leaves by hand; c. rolling: rolling the treated tea leaves into tea sticks by a rolling machine; d. fermenting: putting the rolled tea sticks into a fermentation room for fermentation and turning and stirring the tea sticks every other hour; e. drying: putting the fermented tea sticks in a baking box to reach a moisture content below 6%; f. flavor improving: improving the flavor of the tea sticks at a high temperature of 150 DEG C -160 DEG C for 15 to 20 minutes. Compared with the prior art, the wild adinandra nitida black tea processing method has a rolling process which is carried out three times to make the tea sticks tightly-twisted, complete, uniform, neat and free of flat tea sticks, a first firing of the tea sticks, a semi-fermenting of tea leaves for 3.5 hours to 4 hours in a cloth bag, a final firing of the fermented tea leaves to obtain dried tea leaves with a dark and nourishing color, and mellow tea fragrance.

The invention discloses an artificial domestication cultivation method of wild adinandra nitida tea, which relates to the technical field of tea cultivation. The method includes the following steps: choosing cultivating land, transplanting cultivation, management, and prevention and control of plant diseases and pests. The invention can solve the problem of tea quality reduction caused by large-scale wild adinandra nitida tea yield increasing in the prior art.

The invention discloses a method for planting imitation wild Adinandra nitida Merr.ex H.L.Li. The method comprises the following steps: (1) selecting a cool-warm and moist open forest land and deep and fertile soil with good natural vegetation, biological diversity and permeability; (2) planting in a single plant and single row way in the spring, and maintaining planting distance and row spacing to be reasonable; (3) planting Adinandra nitida Merr.ex H.L.Li. seedlings, then watering rooting water, and covering a sun shade for temporarily sunshading; (4) carrying out topdressing one month before the Adinandra nitida Merr.ex H.L.Li is picked, ditching from September to November, applying base fertilizer and covering with soil, thickening the base of a tea tree with loose soil excavated at the periphery of a tea bush or outside a garden in winter, applying the base fertilizer, and then earthing up; and (5) pruning a tree shape and cultivating, wherein picking is adopted for replacing pruning for young tea trees, light pruning and deep pruning are adopted for mature stage tea trees, and deep pruning and down pruning are adopted for senile tea trees. The method disclosed by the invention is practicable and simple in operation, wild characteristic and superior quality of the Adinandra nitida Merr.ex H.L.Li. are maintained, yield is increased, no resource is consumed, production cost is low, and the method disclosed by the invention is an effective way for promoting social harmony and protecting the ecological environment.

The invention belongs to the technical field of medical treatment, and in particular relates to application of an extractive of adinandra nitida leaves to the preparation of an anti-inflammatory analgesia medicament. The toxicity and the anti-inflammatory analgesia pharmacodynamics evaluation are carried out on ethyl acetate parts of the adinandra nitida leaves by taking a mice acute toxicity test as a medicine toxicity index, taking a mice hot-plate test and a rat toe mechanical stabbing pain test as analgesia pharmacodynamics indexes, taking a test on the glacial acetic acid-induced capillary permeability hyperfunction of mice peritoneal cavities, a test on the dimethylbenzene-induced swelling of mice ears and a test on the cotton balling granulation of rats as anti-inflammatory pharmacodynamics indexes. The results show that the extractive has the advantages of low toxicity and very good anti-inflammatory analgesia activity and can be applied to the preparation of anti-inflammatoryanalgesia medicaments or auxiliary medicaments.

The invention discloses adinandra nitida ginkgo green tea having sweet-scented osmanthus fragrance and a preparation method of the adinandra nitida ginkgo green tea having sweet-scented osmanthus fragrance, and belongs to the technical field of tea leaves. The adinandra nitida ginkgo green tea having sweet-scented osmanthus fragrance is prepared from mixed tea of adinandra nitida ginkgo green teaand fresh sweet-scented osmanthus in the weight ratio of the mixed tea of adinandra nitida ginkgo green tea to the fresh sweet-scented osmanthus being 100 to (20-40), wherein the mixed tea of adinandra nitida ginkgo green tea is prepared from the following components in percentage by mass of 20%-25% of adinandra nitida, 20%-25% of ginkgo leaves and 50%-60% of green tea. The invention further discloses the preparation method of the adinandra nitida ginkgo green tea having sweet-scented osmanthus fragrance. According to the adinandra nitida ginkgo green tea having sweet-scented osmanthus fragrance disclosed by the invention, the adinandra nitida, the ginkgo leaves, the green tea and the sweet-scented osmanthus are used as raw materials, and taste substances and fragrance substances of the sweet-scented osmanthus are sufficiently merged into the mixed tea of adinandra nitida, ginkgo leaves and green tea, and unique health-preserving tea having sweet-scented osmanthus fragrance is formed.

The invention discloses a breeding method for tissue culture seedlings of Guangxi wild Adinandra nitida. The breeding method comprises the following steps: plucking of explant; disinfection; callus culture; culture of aseptic sprouts of Adinandra nitida; and rooting culture of the aseptic sprouts of Adinandra nitida. The breeding method provided by the invention is simple to operate, high in survival rate, capable of maintaining the excellent properties of wild Adinandra nitida and applicable to industrial breeding of the tissue culture seedlings; and the method is of critical significance andimmeasurable commercial value to promotion of the rare species, i.e., wild Adinandra nitida.

The invention discloses a method for reducing the incidence of Shiya tea spot disease. The method is to apply peanut bran and farmyard manure to Shiya tea after the rain during November to December every year from the second year after Shiya tea is planted, wherein the weight ratio of peanut bran to farmyard manure is 2 to 4 : 6 to 8, the amount of fertilizer applied is 100 to 150 grams for each 2-year-old Shiya tea, and the Shiya tea with a tree age of more than 2 years is increased by 10 to 10 to the previous year's application amount for each additional year of tree age. 20% by weight. According to statistics, when fertilization is carried out according to the method of the present invention and other daily management methods are not changed, the incidence of leaf spot disease of Shiya tea in the tea garden is 12-45% lower than that of the existing conventional management tea garden.

The invention discloses a breeding method for tissue culture seedlings of Guangxi wild Adinandra nitida. The breeding method comprises the following steps: plucking of explant; disinfection; callus culture; culture of aseptic sprouts of Adinandra nitida; and rooting culture of the aseptic sprouts of Adinandra nitida. The breeding method provided by the invention is simple to operate, high in survival rate, capable of maintaining the excellent properties of wild Adinandra nitida and applicable to industrial breeding of the tissue culture seedlings; and the method is of critical significance andimmeasurable commercial value to promotion of the rare species, i.e., wild Adinandra nitida.

The invention belongs to the technical field of medical treatment, and in particular relates to application of an extractive of adinandra nitida leaves to the preparation of an anti-inflammatory analgesia medicament. The toxicity and the anti-inflammatory analgesia pharmacodynamics evaluation are carried out on ethyl acetate parts of the adinandra nitida leaves by taking a mice acute toxicity test as a medicine toxicity index, taking a mice hot-plate test and a rat toe mechanical stabbing pain test as analgesia pharmacodynamics indexes, taking a test on the glacial acetic acid-induced capillary permeability hyperfunction of mice peritoneal cavities, a test on the dimethylbenzene-induced swelling of mice ears and a test on the cotton balling granulation of rats as anti-inflammatory pharmacodynamics indexes. The results show that the extractive has the advantages of low toxicity and very good anti-inflammatory analgesia activity and can be applied to the preparation of anti-inflammatoryanalgesia medicaments or auxiliary medicaments.

The invention discloses a planting method for wild Adinandra nitida in Guangxi. According to the invention, through comprehensive management methods like site selection, soil preparation and transformation, culturing of tissue culture seedlings, transplanting and planting, hilling and fertilizer application, and later-stage management, planted wild Adinandra nitida retains original excellent characters; chemical pesticides and chemical fertilizers are not used and are replaced by botanical pesticides and organic fertilizers in the growth process of the wild Adinandra nitida; nutrients needed in the growth process of the wild Adinandra nitida can be satisfied; the harm of diseases and pests can be avoided; organic wild Adinandra nitida with greenness, safety and high quality is produced; and a basis is provided for popularization and large-area plantation of the wild Adinandra nitida in Guangxi Jinxiu Yao Autonomous County.